CN107059651A - A kind of equipment for bridge construction - Google Patents
A kind of equipment for bridge construction Download PDFInfo
- Publication number
- CN107059651A CN107059651A CN201710539542.XA CN201710539542A CN107059651A CN 107059651 A CN107059651 A CN 107059651A CN 201710539542 A CN201710539542 A CN 201710539542A CN 107059651 A CN107059651 A CN 107059651A
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- China
- Prior art keywords
- sliding
- frame
- slipping block
- groove
- props
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Classifications
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- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01D—CONSTRUCTION OF BRIDGES, ELEVATED ROADWAYS OR VIADUCTS; ASSEMBLY OF BRIDGES
- E01D21/00—Methods or apparatus specially adapted for erecting or assembling bridges
Abstract
The invention discloses a kind of equipment for bridge construction, including support and the supporting device being arranged at the top of support, inside support right hand top shifting groove is led provided with first, first leads shifting groove inside leads shifting bar provided with left and right elongation setting, supporting device props up frame and second by first and props up frame and constitute, first, which props up frame, is fixed on support left side top, second props up frame on the right side of the support and bottom probes into first and led in shifting groove, second props up frame bottom internal provided with the first sliding chamber, first sliding intracavitary sliding is connected with the first slipping block, first slipping block bottom, which is fixed with to wear, passes through the second closing piece for propping up frame bottom, second on the left of first sliding chamber props up the second sliding chamber set inside frame provided with elongation up and down, inwall leads shifting groove provided with second on the right side of second sliding chamber；The present invention is simple in construction, can realize that rapid is installed and automatically controls release, improve the speed of reel for rope installment work and dismantlement work, can realize that automatic lifting tears rope volume open, improve the security of operation.
Description
Technical field
The present invention relates to bridge field, particularly a kind of equipment for bridge construction.
Background technology
In bridge construction process, it is often necessary to by materials such as silt concrete, reinforcing bar pipe fittings by hanging device from lower
Height is hung to bridge.Height is hung in traditional artificial bracing wire wastes time and energy, and stability is poor, and speed is slow；Large-scale crane is bulky,
The occasion of many insufficient spaces is not applied to；The equipment of the automatic rope closing in part is being received in rope closing by rotating disk come rope closing, but rotating disk
There is the danger for departing from plate rail during rope, and these equipment need to remove fake from rotating disk with convenient after rope closing is completed
Storage, but this process is relatively complicated, influences construction speed.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of equipment for bridge construction, and it can solve the problem that above-mentioned present technology
Middle the problem of.
The present invention is achieved through the following technical solutions：The present invention a kind of equipment for bridge construction, including support with
And the supporting device at the top of the support is arranged on, shifting groove is led in the support right hand top inside provided with first, and described first leads
Move inside groove and to lead shifting bar provided with what left and right elongation was set, the supporting device props up frame and second by first and props up frame and constitute, institute
State first and prop up frame and be fixed on the support left side top, described second props up frame on the right side of the support and bottom probes into institute
State first to lead in shifting groove, described second props up frame bottom internal provided with the first sliding chamber, and the first sliding intracavitary sliding coordinates
The first slipping block is connected with, the first slipping block bottom, which is fixed with to wear, passes through the described second closing piece for propping up frame bottom, described
Described second on the left of first sliding chamber props up the second sliding chamber set inside frame provided with elongation up and down, the second sliding chamber
Right side inwall leads shifting groove provided with second, and the second sliding intracavitary sliding is connected with the second slipping block, second sliding
End pin leads the first convex portion that in shifting groove and sliding is connected provided with probeing into described second on the right side of block, and described second slides bottom of chamber portion
Worn between end pin and the first sliding bottom of chamber portion end pin and provided the 3rd sliding chamber, the 3rd sliding intracavitary bottom wall interposition
Install the 3rd and led shifting groove, the 3rd sliding intracavitary sliding is connected with the 3rd slipping block, the 3rd slipping block bottom
It is fixed with and probes into the described 3rd the second convex portion for leading in shifting groove and sliding mating connection, the second sliding chamber upside elongated portion
Interior left and right, which is worn, has provided the 3rd sliding chamber, and relative described first leads and set inside shifting groove inner left wall on the left of the 3rd sliding chamber
There is passage back-off assembly, the passage back-off assembly includes unclamping sliding chamber, and the release sliding intracavitary sliding is connected with
Slipping block is unclamped, the release sliding intracavitary portion is provided with the back-off assembly being connected with the release slipping block, the release
Wear on the right side of slipping block and pass through described first and lead shifting groove inner left wall and right side end pin bottom is provided with unclamping angled end-face, the support bottom
Four road wheels are provided with, four road wheels are equipped with brake away from center side.
Preferably technical scheme, described first, which props up frame and described second, props up to match in frame and is set provided with elongation up and down
The 4th put leads shifting groove, and each described 4th leads at the top of the spiral shell type bar for moving that elongation is set provided with above and below inside groove, the spiral shell type bar
End pin leads shifting groove inner roof wall with the described 4th and turns around mating connection, and the spiral shell type bar bottom end pin and the first engine, which coordinate, to be connected
Connect, the first engine outer surface is arranged at the described 4th and leads in shifting groove inner bottom wall and be fixedly connected, and each described 4th leads
Move groove in the spiral shell type bar on spiral shell type line be connected with assembling block, the assembling block in left side be fixed with second move
Power machine, the second engine right-hand end is connected with first and turns around part, and the assembling block on right side is provided with and described the
One, which turns around second that part is oppositely arranged, turns around part, and described first, which turns around part, turns around part opposite side with described second and match provided with clamping lock
Convex portion, described first, which turns around part and described second, turns around reel for rope is provided between part, and reel for rope left and right sides end face is equipped with use
With the latch groove being connected with clamping lock convex portion described in the left and right sides.
Preferably technical scheme, it is described lead end pin on the left of shifting bar and lead shifting groove inner left wall with described first and fix connect
Connect, it is described lead shifting bar on the right side of end pin with described first lead shifting groove on the right side of inwall be fixedly connected, described first lead shifting groove in it is described
Second props up frame leads shifting bar sliding mating connection with described.
Preferably technical scheme, described first leads shifting groove inner bottom wall leftward position and is provided with and be used to and the closing piece coordinates
The locked groove locked.
Preferably technical scheme, described the second of first convex portion bottom leads inside shifting groove provided with the first elasticity
Part, the second slipping block top left side is provided with the first angled end-face, and the second slipping block bottom right is provided with the second angled end-face,
The described 3rd on the right side of second convex portion, which leads shifting groove inside, is provided with the second elastic component, and the 3rd slipping block left side top is provided with
To slide the 3rd angled end-face being connected with second angled end-face, the 3rd slipping block right hand top is provided with the
The first sliding intracavitary portion at the top of four angled end-faces, first slipping block is provided with the 3rd elastic component, first slipping block
Left bottom, which is provided with, to be used to slide the 5th angled end-face being connected with the 4th angled end-face.
Preferably technical scheme, described first, which props up frame and described second, props up solid at the top of the support between frame
Fixed be provided with props up platform.
The beneficial effects of the invention are as follows：
1. by first sliding intracavitary sliding the first slipping block of mating connection, the first slipping block bottom, which is fixed to set to wear, passes through the second support
Hold second on the left of the closing piece of frame bottom, the first sliding chamber and prop up the second sliding chamber that elongation setting up and down is set inside frame, second
Inwall sets second and led on the right side of shifting groove, second sliding intracavitary sliding the second slipping block of mating connection, the second slipping block on the right side of sliding chamber
End pin, which is set, probes into the second the first convex portion for leading in shifting groove and sliding mating connection, and the second sliding bottom of chamber portion end pin and first slides chamber
Worn between the end pin of bottom and provide the 3rd sliding chamber, the 3rd sliding intracavitary bottom wall interposition installs the 3rd and leads shifting groove, the 3rd sliding chamber
It is interior sliding be connected the 3rd slipping block, the 3rd slipping block bottom fix set probe into the 3rd lead move groove in and sliding be connected
Left and right is worn and provides the 3rd sliding chamber in elongated portion on the upside of second convex portion, the second sliding chamber, relative first on the left of the 3rd sliding chamber
Lead and set passage back-off assembly inside shifting groove inner left wall, lock and automatically control release work so as to realize and automatically control, carry
Height packs up the convenience for the rope volume that the stability of lifting rope and dismounting are kept well.
2. by first prop up frame and second prop up match in frame set that elongation up and down sets the 4th lead shifting groove, each 4th
The spiral shell type bar for moving and being set inside groove and extending set up and down is led, spiral shell type bar top end pin and the 4th lead shifting groove inner roof wall and turn around cooperation company
Connect, spiral shell type bar bottom end pin and the first engine are connected, the first engine outer surface is arranged at the 4th and leads shifting groove inner bottom wall
Interior and be fixedly connected, each 4th leads and moves on the spiral shell type bar in groove spiral shell type line mating connection assembling block, so as to realize automatic receipts
Lifting rope control work, improves the stability and operating efficiency for receiving lifting rope, meanwhile, the lifting work for automatically controlling reel for rope can be realized
Make, the convenient lifting rope to harvesting carries out dismounting receipts dress.
3. led by the second of the first convex portion bottom and set the first elastic component inside shifting groove, the second slipping block top left side sets the
One angled end-face, the second slipping block bottom right set on the right side of the second angled end-face, the second convex portion the 3rd lead shifting groove inside set the second bullet
Property part, the 3rd slipping block left side top set to the second angled end-face slide be connected the 3rd angled end-face, the 3rd slipping block
The first sliding intracavitary portion that right hand top sets at the top of the 4th angled end-face, the first slipping block sets the 3rd elastic component, and the first slipping block is left
Side bottom is set to slide the 5th angled end-face being connected with the 4th angled end-face, automatically controls release work so as to realize, side
Just it is quick to prop up second on frame by second and turn around part and be rapidly separated with reel for rope.
4. the present invention is simple in construction, it can realize that rapid is installed and automatically controls release, improve reel for rope erector
The speed of work and dismantlement work, so as to improve overall operation process, can realize that automatic lifting tears rope volume open, improve operation
Security.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is a kind of equipment for bridge construction integral outer structural representation of the invention；
Fig. 2 is a kind of equipment for bridge construction whole interior structural representation of the invention
The partial enlarged drawing that Fig. 3 is A in Fig. 2 of the present invention；
Fig. 4 is the internal structure schematic diagram of the reel for rope of the present invention；
Structural representation when Fig. 5 is after closing piece and the locked groove release of the present invention；
Fig. 6 is support bottom surface upward view of the invention.
Embodiment
As shown in figs 1 to 6, a kind of equipment for bridge construction of the invention, including support 5 and be arranged on the support 5 and push up
Shifting groove 52 is led provided with first inside the supporting device 6 in portion, the right hand top of support 5, described first, which leads the inside of shifting groove 52, is provided with
What left and right elongation was set leads shifting bar 521, and the supporting device 6 props up frame 61 and second by first and props up frame 62 and constitute, and described the
One, which props up frame 61, is fixed on the left side top of support 5, and described second props up that frame 62 is located at the right side of support 5 and bottom is probeed into
Described first leads in shifting groove 52, and described second props up the bottom internal of frame 62 provided with the first sliding chamber 625, the first sliding chamber
Sliding is connected with the first slipping block 6251 in 625, and the bottom of the first slipping block 6251, which is fixed with to wear, passes through described second
The closing piece 6252 of the bottom of frame 62 is propped up, described the second of the left side of the first sliding chamber 625 props up the inside of frame 62 stretches provided with above and below
Long the second sliding chamber 622 set, the second sliding right side inwall of chamber 622 leads shifting groove 623, second sliding provided with second
Sliding is connected with the second slipping block 6221 in chamber 622, and the right side end pin of the second slipping block 6221 is provided with probeing into described the
Two lead the first convex portion 6231 for moving in groove 623 and sliding mating connection, the second sliding bottom end pin of chamber 622 and described first
Worn between the sliding bottom end pin of chamber 625 and provided the 3rd sliding chamber 624, the 3rd sliding inner bottom wall interposition of chamber 624 is installed
There is the 3rd to lead sliding in shifting groove 626, the 3rd sliding chamber 624 and be connected with the 3rd slipping block 6241, the 3rd sliding
The bottom of block 6241 is fixed with to probe into the described 3rd and lead and moved in groove 626 and the second convex portion 6261 that sliding is connected, and described the
Left and right, which is worn, in the two sliding upside elongated portions of chamber 622 has provided the 3rd sliding chamber 621, and 621 left sides of the 3rd sliding chamber are relative
Described first leads provided with passage back-off assembly inside the shifting inner left wall of groove 52, and the passage back-off assembly includes unclamping sliding chamber
53, the interior sliding of release sliding chamber 53 is connected with inside release slipping block 531, the release sliding chamber 53 and is provided with and institute
State and unclamp the back-off assembly 532 that slipping block 531 is connected, release slipping block 531 right side, which is worn, to be passed through described first and lead shifting groove
52 inner left walls and right side end pin bottom are provided with four road wheels 501 provided with angled end-face 5310, the bottom of support 5 is unclamped,
Four road wheels 501 are equipped with brake 502 away from center side.
Wherein, described first prop up frame 61 and described second and prop up to match in frame 62 and the 4th led provided with what elongation up and down was set
Groove 610 is moved, each described 4th leads spiral shell type bar 611 of the inside of shifting groove 610 provided with elongation setting up and down, and the spiral shell type bar 611 is pushed up
Portion's end pin leads the shifting inner roof wall of groove 610 with the described 4th and turns around mating connection, the bottom end pin of spiral shell type bar 611 and the first engine
612 are connected, and the outer surface of the first engine 612 is arranged at the described 4th and leads in the shifting inner bottom wall of groove 610 and be fixedly connected,
Each described 4th leads and moves spiral shell type line on the spiral shell type bar 611 in groove 610 and be connected with assembling block 613, the institute in left side
State and the second engine 6131 is fixed with assembling block 613, the right-hand end of the second engine 6131 is connected with first turn
Around part 614, the assembling block 613 on right side is provided with turn around that part 614 is oppositely arranged with described first second and turns around part 615,
Described first turns around part 614 turns around the opposite side of part 615 and matches and turn around part provided with clamping lock convex portion 6140, described first with described second
614 and described second are turned around reel for rope 7 are provided between part 615, and the left and right sides end face of reel for rope 7, which is equipped with, to be used to and the left and right sides
The latch groove 71 that the clamping lock convex portion 6140 is connected, so as to realize automatic receipts lifting rope control work, improves and receives lifting rope
Stability and operating efficiency, meanwhile, the lifting work for automatically controlling reel for rope 7 can be realized, the convenient lifting rope to harvesting is torn open
Unload receipts dress.
Wherein, it is described lead shifting the left side end pin of bar 521 with described first lead move the inner left wall of groove 52 be fixedly connected, it is described to lead shifting
The right side end pin of bar 521 is led the shifting right side inwall of groove 52 with described first and is fixedly connected, and described first leads described second moved in groove 52
Prop up frame 62 and lead the shifting sliding mating connection of bar 521 with described, turned around so as to facilitate first to turn around part 614 and second on part 615
The latch groove 71 of clamping lock convex portion 6140 and the left and right sides of reel for rope 7 realizes Fast Installation and departs from work.
Wherein, described first shifting groove 52 inner bottom wall leftward position is led provided with the lock for being used to lock with the closing piece 6252 cooperation
Groove 51, thus realize by second prop up frame 62 lock with first lead move groove 52 in left-most position, meanwhile, make reel for rope 7 consolidate
Clamping lock turns around part 614 and second in first and turned around between part 615.
Wherein, described the second of the bottom of the first convex portion 6231 leads the inside of shifting groove 623 and is provided with the first elastic component 6223, institute
The top left side of the second slipping block 6221 is stated provided with the first angled end-face 6222, the bottom right of the second slipping block 6221 is provided with second
Angled end-face 6224, the described 3rd of the right side of the second convex portion 6261, which leads the inside of shifting groove 626, is provided with the second elastic component 6262, described
The left side top of 3rd slipping block 6241, which is provided with, to be used to slide the 3rd angled end-face being connected with second angled end-face 6224
6242, the right hand top of the 3rd slipping block 6241 is provided with the 4th angled end-face 6243, the top of the first slipping block 6251
The first sliding chamber 625 inside be provided with the 3rd elastic component 6253, the left bottom of the first slipping block 6251 is provided with being used to
The 5th angled end-face 6254 being connected is slid with the 4th angled end-face 6243, release work is automatically controlled so as to realize, side
Just it is quick to prop up second on frame 62 by second and turn around part 615 and be rapidly separated with reel for rope 7.
Wherein, described first frame 61 is propped up and the described second top of the support 5 propped up between frame 62 is fixed with support
Platform 50 is held, so that the lifting rope conveniently harvested is temporarily propped up.
During original state, lock slipping block 531 is fully located in the first inner left wall for leading shifting groove 52, meanwhile, second props up
Frame 62 is located at first and leads the right-most position moved in groove 52, now, and the bottom of closing piece 6252 is led the shifting inner bottom wall of groove 52 with first and offseted
Connect, the top for making the first slipping block 6251 overcome the pressure on top surface of the 3rd elastic component 6253 at utmost to probe into the first sliding chamber 625
Portion position, now, the second convex portion 6261 of the bottom of the 3rd slipping block 6241 are made by the pressure on top surface in the second elastic component 6262
Two convex portions 6261 are located at the 3rd and lead the left-most position moved in groove 626, meanwhile, make the 3rd splay end in the left side of the 3rd slipping block 6241
Face 6242 is at utmost probeed into the second sliding chamber 622, now, and the 4th angled end-face 6243 on the right side of the 3rd slipping block 6241 is located at
Left-most position in first sliding chamber 625, meanwhile, the 4th angled end-face 6243 and the 5th angled end-face 6254 are in relative status,
Now, pressure on top surface of first convex portion 6231 on the right side of the second sliding chamber 622 by the first elastic component 6223 so that the first convex portion
6231, which are located at second, leads the top position moved in groove 623, now, and the second sliding chamber 622 bottom is located in the second sliding chamber 622
The top of the 3rd slipping block 6241, make the bottom of the second angled end-face 6224 and the 3rd angled end-face 6242 of the bottom of the second sliding chamber 622
Top is in relative status, now, and the top of the second slipping block 6221 is abutted against with the second sliding inner roof wall of chamber 62, meanwhile, assembling
Block 613 is located at the 4th and leads the top position moved in groove 610.
When needing to receive lifting rope in use, the clamping lock for first turning around the latch groove 71 in the left side of reel for rope 7 on part 614 with first is convex
The fully mated connection in portion 6140, meanwhile, the latch groove 71 and second that make the right side of reel for rope 7 turn around the clamping lock convex portion 6140 on part 615
In relative position, then by the way that frame 62 is propped up in passage second to the left manually, make second to prop up frame 62 and gradually lead shifting along first
The left direction movement of shifting bar 521 is led in groove 52, now, the bottom of closing piece 6252 is led the inner bottom wall sliding of shifting groove 52 with first and coordinated,
Until second prop up frame 62 be moved to first lead move groove 52 in left-most position when, now, closing piece 6252 is in locked groove 51
Relative status, meanwhile, the first slipping block 6251 is made the first slipping block 6251 drive lock by the pressure on top surface of the 3rd elastic component 6253
Block 6252, which is slipped into locked groove 51, to be completed to lock, meanwhile, the 5th angled end-face 6254 and the 4th splay end in the left side of the first slipping block 6251
Face 6243 is abutted against completely, now, and second turns around clamping lock convex portion 6140 on part 615 and the latch groove 71 on the right side of reel for rope 7 is complete
It is connected, while the 3rd sliding left-hand end of chamber 621 is in relative position with unclamping the right-hand end of slipping block 531, then will needs
The lifting rope packed up is fixedly connected with reel for rope 7, is then driven first to turn around part 614 by the second engine 6131 and is turned around, so that real
Work is now packed up automatically；
When unloading the reel for rope 7 kept well, prop up frame 61 and second by first first and prop up the band of the first engine 612 in frame 62
Dynamic spiral shell type bar 611 is turned around, and is driven assembling block 613 gradually to lead shifting groove 610 bottom direction along the 4th by spiral shell type bar 611 and is slid, until
When the lifting rope bottom harvested is abutted against with propping up the top of platform 50, now, the first engine 612 of control stops turning around, and then passes through
Back-off assembly 532 make it that unclamp slipping block 531 moves to the right, release slipping block 531 is gradually stretched out first and leads the left side of shifting groove 52
Probe into the inwall of side and gradually in the 3rd sliding chamber 621, continue to control release slipping block 531 to move to the right, slided until unclamping
The right side of release angled end-face 5310 top for moving the right side of block 531 slides with the left side of the first angled end-face 6222 lower section and abutted, now, makes the
First convex portion 6231 of two slipping blocks 6221 and its right end face of the second slipping block 6221 overcomes the top pressure of the first elastic component 6223
Power is moved gradually downward, until, the second angled end-face 6224 of the bottom of the second slipping block 6221 and the sliding of the 3rd angled end-face 6242 are pushed up
Press-fit, now, the second elasticity is overcome by the second convex portion 6261 of the 3rd slipping block 6241 and the bottom of the 3rd slipping block 6241
The top power of part 6262 is moved to the right, now, and the second convex portion 6261 is slided by the 4th angled end-face 6243 and the 5th angled end-face 6254
Move top pressure to coordinate, make the first slipping block 6251 gradually overcome the pressure on top surface of the 3rd elastic component 6253 to be pushed up into the first sliding chamber 625
Portion slides, meanwhile, the first slipping block 6251 drives closing piece 6252 to progressively disengage locked groove 51, until, unclamp slipping block 531 and probe into the
During right-most position in three sliding chambers 621, now, closing piece 6252 completes to probe into second and prop up in the bottom of frame 62, then passes through
Move to the right and second prop up frame 62, closing piece 6252 is gradually distance from locked groove 51, meanwhile, make second to turn around clamping lock on part 615
Convex portion 6140 progressively disengages the latch groove 71 on the right side of reel for rope 7, until second props up frame 62 and be moved to first and lead in shifting groove 52 most
During right positions, now, control to unclamp the initial position that slipping block 531 recovers by back-off assembly 532, so that the later stage persistently makes
With.
The beneficial effects of the invention are as follows：
1. by first sliding intracavitary sliding the first slipping block of mating connection, the first slipping block bottom, which is fixed to set to wear, passes through the second support
Hold second on the left of the closing piece of frame bottom, the first sliding chamber and prop up the second sliding chamber that elongation setting up and down is set inside frame, second
Inwall sets second and led on the right side of shifting groove, second sliding intracavitary sliding the second slipping block of mating connection, the second slipping block on the right side of sliding chamber
End pin, which is set, probes into the second the first convex portion for leading in shifting groove and sliding mating connection, and the second sliding bottom of chamber portion end pin and first slides chamber
Worn between the end pin of bottom and provide the 3rd sliding chamber, the 3rd sliding intracavitary bottom wall interposition installs the 3rd and leads shifting groove, the 3rd sliding chamber
It is interior sliding be connected the 3rd slipping block, the 3rd slipping block bottom fix set probe into the 3rd lead move groove in and sliding be connected
Left and right is worn and provides the 3rd sliding chamber in elongated portion on the upside of second convex portion, the second sliding chamber, relative first on the left of the 3rd sliding chamber
Lead and set passage back-off assembly inside shifting groove inner left wall, lock and automatically control release work so as to realize and automatically control, carry
Height packs up the convenience for the rope volume that the stability of lifting rope and dismounting are kept well.
2. by first prop up frame and second prop up match in frame set that elongation up and down sets the 4th lead shifting groove, each 4th
The spiral shell type bar for moving and being set inside groove and extending set up and down is led, spiral shell type bar top end pin and the 4th lead shifting groove inner roof wall and turn around cooperation company
Connect, spiral shell type bar bottom end pin and the first engine are connected, the first engine outer surface is arranged at the 4th and leads shifting groove inner bottom wall
Interior and be fixedly connected, each 4th leads and moves on the spiral shell type bar in groove spiral shell type line mating connection assembling block, so as to realize automatic receipts
Lifting rope control work, improves the stability and operating efficiency for receiving lifting rope, meanwhile, the lifting work for automatically controlling reel for rope can be realized
Make, the convenient lifting rope to harvesting carries out dismounting receipts dress.
3. led by the second of the first convex portion bottom and set the first elastic component inside shifting groove, the second slipping block top left side sets the
One angled end-face, the second slipping block bottom right set on the right side of the second angled end-face, the second convex portion the 3rd lead shifting groove inside set the second bullet
Property part, the 3rd slipping block left side top set to the second angled end-face slide be connected the 3rd angled end-face, the 3rd slipping block
The first sliding intracavitary portion that right hand top sets at the top of the 4th angled end-face, the first slipping block sets the 3rd elastic component, and the first slipping block is left
Side bottom is set to slide the 5th angled end-face being connected with the 4th angled end-face, automatically controls release work so as to realize, side
Just it is quick to prop up second on frame by second and turn around part and be rapidly separated with reel for rope.
4. the present invention is simple in construction, it can realize that rapid is installed and automatically controls release, improve reel for rope erector
The speed of work and dismantlement work, so as to improve overall operation process, can realize that automatic lifting tears rope volume open, improve operation
Security.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
The change or replacement expected without creative work, should all be included within the scope of the present invention.Therefore, it is of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (6)
1. a kind of equipment for bridge construction, including support and the supporting device that is arranged at the top of support, it is characterised in that：Support is right
Shifting groove is led provided with first inside side roof part, first leads to move inside groove and lead shifting bar provided with left and right elongation setting, supporting device is by the
One props up frame and second props up frame composition, and first, which props up frame, is fixed on support left side top, and second props up frame on the right side of support
And bottom probes into first and led in shifting groove, second props up frame bottom internal provided with the first sliding chamber, and the first sliding intracavitary sliding coordinates
The first slipping block is connected with, the first slipping block bottom, which is fixed with to wear, passes through the second closing piece for propping up frame bottom, the first sliding chamber is left
The second of side props up inwall on the right side of the second sliding chamber set inside frame provided with elongation up and down, the second sliding chamber and leads shifting provided with second
Groove, the second sliding intracavitary sliding is connected with the second slipping block, and end pin leads shifting groove provided with probeing into second on the right side of the second slipping block
The first convex portion that interior and sliding is connected, wears between the second sliding bottom of chamber portion end pin and the first sliding bottom of chamber portion end pin and has provided
Shifting groove is led in 3rd sliding chamber, the 3rd sliding intracavitary bottom wall centre position provided with the 3rd, and the 3rd sliding intracavitary sliding is connected with
3rd slipping block, the 3rd slipping block bottom, which is fixed with, probes into the 3rd the second convex portion for leading in shifting groove and sliding mating connection, the
Left and right is worn and has provided the 3rd sliding chamber in elongated portions on the upside of two sliding chambers, and relative first leads on the left of shifting groove on the left of the 3rd sliding chamber
Interior pars intramuralis is provided with passage back-off assembly, and passage back-off assembly includes unclamping sliding chamber, unclamps sliding intracavitary sliding and is connected
There is release slipping block, unclamp sliding intracavitary portion and be provided with and unclamp the back-off assembly that slipping block is connected, unclamp on the right side of slipping block
Wear and pass through first and lead shifting groove inner left wall and right side end pin bottom is provided with angled end-face is unclamped, support bottom is provided with four road wheels,
Four road wheels are equipped with brake away from center side.
2. a kind of equipment for bridge construction according to claim 1, it is characterised in that：Described first props up frame and described second
Prop up to match in frame and the 4th lead shifting groove provided with what elongation up and down was set, each described 4th leads inside shifting groove and to be set provided with elongation up and down
End pin leads shifting groove inner roof wall with the described 4th and turns around mating connection, the spiral shell type bar bottom at the top of the spiral shell type bar put, the spiral shell type bar
Portion's end pin and the first engine are connected, the first engine outer surface be arranged at the described 4th lead in shifting groove inner bottom wall and
It is fixedly connected, each described 4th leads and move spiral shell type line on the spiral shell type bar in groove and be connected with assembling block, the institute in left side
State and the second engine is fixed with assembling block, the second engine right-hand end is connected with first and turns around part, right side
The assembling block is provided with turn around that part is oppositely arranged with described first second and turns around part, and described first turns around part and described second
Turn around part opposite side to match provided with clamping lock convex portion, described first, which turns around part and described second, turns around and be provided with reel for rope between part, described
Reel for rope left and right sides end face is equipped with the latch groove to be connected with clamping lock convex portion described in the left and right sides.
3. a kind of equipment for bridge construction according to claim 1, it is characterised in that：It is described lead shifting bar on the left of end pin with it is described
First lead shifting groove inner left wall is fixedly connected, it is described lead shifting bar on the right side of end pin with described first lead shifting groove on the right side of inwall fix connect
Connect, described first lead move groove in described second prop up frame with it is described lead shifting bar sliding be connected.
4. a kind of equipment for bridge construction according to claim 1, it is characterised in that：Described first leads on the left of shifting groove inner bottom wall
Position, which is provided with, to be used to coordinate the locked groove locked with the closing piece.
5. a kind of equipment for bridge construction according to claim 1, it is characterised in that：Described the of first convex portion bottom
Two lead provided with the first elastic component inside shifting groove, and the second slipping block top left side is provided with the first angled end-face, second sliding
Block bottom right is provided with the on the right side of the second angled end-face, second convex portion the described 3rd and led inside shifting groove provided with the second elastic component,
The 3rd slipping block left side top, which is provided with, to be used to slide the 3rd angled end-face being connected, the institute with second angled end-face
The 3rd slipping block right hand top is stated provided with the 4th angled end-face, the first sliding intracavitary portion at the top of first slipping block is provided with
3rd elastic component, the first slipping block left bottom, which is provided with, is used to slide be connected the 5th oblique with the 4th angled end-face
End face.
6. a kind of equipment for bridge construction according to claim 1, it is characterised in that：Described first props up frame and described second
Prop up to be fixed with the top of the support between frame and prop up platform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710539542.XA CN107059651B (en) | 2017-07-04 | 2017-07-04 | A kind of equipment for bridge construction |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710539542.XA CN107059651B (en) | 2017-07-04 | 2017-07-04 | A kind of equipment for bridge construction |
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| CN107059651A true CN107059651A (en) | 2017-08-18 |
| CN107059651B CN107059651B (en) | 2018-04-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710539542.XA Active CN107059651B (en) | 2017-07-04 | 2017-07-04 | A kind of equipment for bridge construction |
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| CN (1) | CN107059651B (en) |
Citations (6)
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| JP2001002378A (en) * | 1999-06-25 | 2001-01-09 | Taiyo Ltd | Support device for moving wire |
| CN201024377Y (en) * | 2007-04-19 | 2008-02-20 | 江苏法尔胜新日制铁缆索有限公司 | Suspension bridge main cable retracting device |
| CN201447665U (en) * | 2009-09-08 | 2010-05-05 | 中交第二公路工程局有限公司 | Cable releasing device pulled by guide cable on water surface in wide-span suspension bridge construction |
| CN204325933U (en) * | 2014-12-05 | 2015-05-13 | 邯郸中铁桥梁机械有限公司 | A kind of Bridge Erector running truck zero load and heavily loaded hard point conversion equipment |
| CN105460691A (en) * | 2015-12-31 | 2016-04-06 | 苏州卓德电子有限公司 | Movable electric wire winding device |
| CN205294502U (en) * | 2016-01-22 | 2016-06-08 | 滁州职业技术学院 | Electric power cable reel |
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2017
- 2017-07-04 CN CN201710539542.XA patent/CN107059651B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2001002378A (en) * | 1999-06-25 | 2001-01-09 | Taiyo Ltd | Support device for moving wire |
| CN201024377Y (en) * | 2007-04-19 | 2008-02-20 | 江苏法尔胜新日制铁缆索有限公司 | Suspension bridge main cable retracting device |
| CN201447665U (en) * | 2009-09-08 | 2010-05-05 | 中交第二公路工程局有限公司 | Cable releasing device pulled by guide cable on water surface in wide-span suspension bridge construction |
| CN204325933U (en) * | 2014-12-05 | 2015-05-13 | 邯郸中铁桥梁机械有限公司 | A kind of Bridge Erector running truck zero load and heavily loaded hard point conversion equipment |
| CN105460691A (en) * | 2015-12-31 | 2016-04-06 | 苏州卓德电子有限公司 | Movable electric wire winding device |
| CN205294502U (en) * | 2016-01-22 | 2016-06-08 | 滁州职业技术学院 | Electric power cable reel |
Also Published As
| Publication number | Publication date |
|---|---|
| CN107059651B (en) | 2018-04-27 |
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| CB03 | Change of inventor or designer information | ||
| CB03 | Change of inventor or designer information |
Inventor after: Yang Jiannan Inventor after: Chen Wenping Inventor after: Peng Yonghui Inventor after: Jiang Libo Inventor after: Bao Lvping Inventor after: Xu Shuang Inventor after: Guan Shaojian Inventor after: Yin Wei Inventor after: Zhu Danna Inventor after: Zhuang Lingxia Inventor before: Zhang Yesha |
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| TA01 | Transfer of patent application right |
Effective date of registration: 20180319 Address after: No. 3388, Yinzhou District Cang Hai Road, Yinzhou District, Ningbo, Zhejiang Applicant after: Zhejiang sea Construction Co., Ltd. Address before: Shuanghu village Guanhaiwei town Weng Ao Jinshi 315300 Cixi city in Zhejiang province Ningbo City, Lane No. 51 Applicant before: Zhang Yesha |
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